private void calcTime()
{
if (speed == 0)
{
time = 0;
}
else if (distance < neffdst || distance > effdst)
{
time = 0;
}
else
{
time = chkconst + TimeSpan.FromHours((distance - neffdst) / DataConverters.SpeedUnits(speed, spdunit, "KPH")).TotalSeconds;
}
}
private void changeUnits(object sender, SelectionChangedEventArgs e)
{
if (performanceChart != null && startFuelChart != null && reductionFuelChart != null)
{
isUnitsFixed = false;
default_unitsBtn.Content = "Fix Units";
default_unitsBtn.IsEnabled = true;
}
switch ((sender as ComboBox).Name)
{
case "alt_units":
if (performanceChart != null && startFuelChart != null && reductionFuelChart != null)
{
foreach (PerformanceData param in pdata.performanceDatas)
{
param.alt = DataConverters.LengthUnits(param.alt, alt_units.Text, alt_units.SelectedValue.ToString());
}
performanceChart.Items.Refresh();
}
break;
case "dist_units":
if (performanceChart != null && startFuelChart != null && reductionFuelChart != null)
{
foreach (PerformanceData param in pdata.performanceDatas)
{
param.climbdist = DataConverters.LengthUnits(param.climbdist, dist_units.Text, dist_units.SelectedValue.ToString());
param.descenddist = DataConverters.LengthUnits(param.descenddist, dist_units.Text, dist_units.SelectedValue.ToString());
}
performanceChart.Items.Refresh();
}
break;
case "speed_units":
if (performanceChart != null && startFuelChart != null && reductionFuelChart != null)
{
if (!String.IsNullOrEmpty(dataspd1.Text))
{
dataspd1.Text = DataConverters.SpeedUnits(Convert.ToDouble(dataspd1.Text), speed_units.Text.Split('-')[1], speed_units.SelectedValue.ToString().Split('-')[1]).ToString();
}
if (!String.IsNullOrEmpty(dataspd2.Text))
{
dataspd2.Text = DataConverters.SpeedUnits(Convert.ToDouble(dataspd2.Text), speed_units.Text.Split('-')[1], speed_units.SelectedValue.ToString().Split('-')[1]).ToString();
}
if (!String.IsNullOrEmpty(dataspd3.Text))
{
dataspd3.Text = DataConverters.SpeedUnits(Convert.ToDouble(dataspd3.Text), speed_units.Text.Split('-')[1], speed_units.SelectedValue.ToString().Split('-')[1]).ToString();
}
if (!String.IsNullOrEmpty(dataspd4.Text))
{
dataspd4.Text = DataConverters.SpeedUnits(Convert.ToDouble(dataspd4.Text), speed_units.Text.Split('-')[1], speed_units.SelectedValue.ToString().Split('-')[1]).ToString();
}
if (!String.IsNullOrEmpty(dataspd5.Text))
{
dataspd5.Text = DataConverters.SpeedUnits(Convert.ToDouble(dataspd5.Text), speed_units.Text.Split('-')[1], speed_units.SelectedValue.ToString().Split('-')[1]).ToString();
}
}
break;
case "fuel_units":
if (performanceChart != null && startFuelChart != null && reductionFuelChart != null)
{
foreach (PerformanceData param in pdata.performanceDatas)
{
param.climbfuel = DataConverters.MassUnits(param.climbfuel, fuel_units.Text, fuel_units.SelectedValue.ToString());
param.descendfuel = DataConverters.MassUnits(param.descendfuel, fuel_units.Text, fuel_units.SelectedValue.ToString());
}
foreach (FuelStartData param in fsdata.fuelStartDatas)
{
param.startval = DataConverters.MassUnits(param.startval, fuel_units.Text, fuel_units.SelectedValue.ToString());
}
foreach (FuelReduceData param in frdata.fuelReduceDatas)
{
param.reductionval = DataConverters.MassUnits(param.reductionval, fuel_units.Text, fuel_units.SelectedValue.ToString());
}
performanceChart.Items.Refresh();
startFuelChart.Items.Refresh();
reductionFuelChart.Items.Refresh();
}
break;
case "lfft_units":
if (performanceChart != null && startFuelChart != null && reductionFuelChart != null)
{
if (pdata.performanceDatas.Count != 0)
{
if (MessageBox.Show($"Changing This Unit Will Result in Resetting All the Existing {Environment.NewLine} Value Corresponding to This Unit {Environment.NewLine} {Environment.NewLine} Are you sure you want to proceed?", "Warning", MessageBoxButton.OKCancel, MessageBoxImage.Warning) == MessageBoxResult.Cancel)
{
lfft_units.SelectionChanged -= changeUnits;
lfft_units.SelectedValue = lfft_units.Text;
lfft_units.SelectionChanged += changeUnits;
return;
}
}
foreach (PerformanceData param in pdata.performanceDatas)
{
param.spd1 = DataConverters.ConsumptionUnits(param.spd1, lfft_units.Text.Replace(" ", String.Empty), lfft_units.SelectedValue.ToString().Replace(" ", String.Empty));
param.spd2 = DataConverters.ConsumptionUnits(param.spd2, lfft_units.Text.Replace(" ", String.Empty), lfft_units.SelectedValue.ToString().Replace(" ", String.Empty));
param.spd3 = DataConverters.ConsumptionUnits(param.spd3, lfft_units.Text.Replace(" ", String.Empty), lfft_units.SelectedValue.ToString().Replace(" ", String.Empty));
param.spd4 = DataConverters.ConsumptionUnits(param.spd4, lfft_units.Text.Replace(" ", String.Empty), lfft_units.SelectedValue.ToString().Replace(" ", String.Empty));
param.spd5 = DataConverters.ConsumptionUnits(param.spd5, lfft_units.Text.Replace(" ", String.Empty), lfft_units.SelectedValue.ToString().Replace(" ", String.Empty));
}
performanceChart.Items.Refresh();
}
break;
default:
return;
}
}
public void calcTime()
{
if (type == "Starting")
{
if (speed == 0)
{
time = 0;
}
else if (distance < climbdist)
{
time = 0;
}
else
{
transition = @"climb";
neffectivedst = DataConverters.LengthUnits(climbdist, baseDistunit, "KM");
effectivedst = DataConverters.LengthUnits(distance, baseDistunit, "KM");
checkpointconst = climbtime - TimeSpan.FromHours(DataConverters.LengthUnits(climbdist, baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
lvltime = TimeSpan.FromHours(DataConverters.LengthUnits(distance - climbdist, baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
tocbodtime = climbtime;
landingtime = 0;
time = tocbodtime + lvltime + landingtime;
}
}
else if (type == "Origin")
{
time = 0;
}
else if (type == "Landing" || type == "Diversion")
{
if (speed == 0)
{
time = 0;
}
else
{
pullprevData();
if (type == "Landing" && componentID == 1)
{
if (distance < descenddist + climbdist)
{
time = 0;
}
else
{
transition = @"climb";
neffectivedst = DataConverters.LengthUnits(climbdist, baseDistunit, "KM");
effectivedst = DataConverters.LengthUnits(distance - descenddist, baseDistunit, "KM");
checkpointconst = climbtime + descendtime - TimeSpan.FromHours(DataConverters.LengthUnits(descenddist + climbdist, baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
lvltime = TimeSpan.FromHours(DataConverters.LengthUnits(distance - (descenddist + climbdist), baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
tocbodtime = climbtime;
landingtime = descendtime;
time = tocbodtime + lvltime + landingtime;
}
return;
}
if (alt > prev_alt)
{
if (distance < descenddist + (climbdist - prev_climbdist))
{
time = 0;
}
else
{
transition = @"climb";
neffectivedst = DataConverters.LengthUnits(climbdist - prev_climbdist, baseDistunit, "KM");
effectivedst = DataConverters.LengthUnits(distance - descenddist, baseDistunit, "KM");
checkpointconst = (climbtime - prev_climbtime) + descendtime - TimeSpan.FromHours(DataConverters.LengthUnits(descenddist + (climbdist - prev_climbdist), baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
lvltime = TimeSpan.FromHours(DataConverters.LengthUnits(distance - (descenddist + (climbdist - prev_climbdist)), baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
tocbodtime = (climbtime - prev_climbtime);
landingtime = descendtime;
time = tocbodtime + lvltime + landingtime;
}
}
else if (alt < prev_alt)
{
if (distance < descenddist + (prev_descenddist - descenddist))
{
time = 0;
}
else
{
transition = @"descend";
neffectivedst = DataConverters.LengthUnits(prev_descenddist - descenddist, baseDistunit, "KM");
effectivedst = DataConverters.LengthUnits(distance - descenddist, baseDistunit, "KM");
checkpointconst = (prev_descendtime - descendtime) + descendtime - TimeSpan.FromHours(DataConverters.LengthUnits(descenddist + (prev_descenddist - descenddist), baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
lvltime = TimeSpan.FromHours(DataConverters.LengthUnits(distance - (descenddist + (prev_descenddist - descenddist)), baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
tocbodtime = (prev_descendtime - descendtime);
landingtime = descendtime;
time = tocbodtime + lvltime + descendtime;
}
}
else
{
if (distance < descenddist)
{
time = 0;
}
else
{
transition = @"flat";
neffectivedst = DataConverters.LengthUnits(0, baseDistunit, "KM");
effectivedst = DataConverters.LengthUnits(distance - descenddist, baseDistunit, "KM");
checkpointconst = descendtime - TimeSpan.FromHours(DataConverters.LengthUnits(descenddist, baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
lvltime = TimeSpan.FromHours(DataConverters.LengthUnits(distance - descenddist, baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
tocbodtime = 0;
landingtime = descendtime;
time = tocbodtime + lvltime + landingtime;
}
}
}
}
else
{
if (speed == 0)
{
time = 0;
}
else
{
pullprevData();
if (alt > prev_alt)
{
if (distance < climbdist - prev_climbdist)
{
time = 0;
}
else
{
transition = @"climb";
neffectivedst = DataConverters.LengthUnits(climbdist - prev_climbdist, baseDistunit, "KM");
effectivedst = DataConverters.LengthUnits(distance, baseDistunit, "KM");
checkpointconst = (climbtime - prev_climbtime) - TimeSpan.FromHours(DataConverters.LengthUnits(climbdist - prev_climbdist, baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
lvltime = TimeSpan.FromHours(DataConverters.LengthUnits(distance - (climbdist - prev_climbdist), baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
tocbodtime = (climbtime - prev_climbtime);
landingtime = 0;
time = tocbodtime + lvltime + landingtime;
}
}
else if (alt < prev_alt)
{
if (distance < prev_descenddist - descenddist)
{
time = 0;
}
else
{
transition = @"descend";
neffectivedst = DataConverters.LengthUnits(prev_descenddist - descenddist, baseDistunit, "KM");
effectivedst = DataConverters.LengthUnits(distance, baseDistunit, "KM");
checkpointconst = (prev_descendtime - descendtime) - TimeSpan.FromHours(DataConverters.LengthUnits(prev_descenddist - descenddist, baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
lvltime = TimeSpan.FromHours(DataConverters.LengthUnits(distance - (prev_descenddist - descenddist), baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
tocbodtime = (prev_descendtime - descendtime);
landingtime = 0;
time = tocbodtime + lvltime + landingtime;
}
}
else
{
transition = @"flat";
neffectivedst = DataConverters.LengthUnits(0, baseDistunit, "KM");
effectivedst = DataConverters.LengthUnits(distance, baseDistunit, "KM");
checkpointconst = 0;
lvltime = TimeSpan.FromHours(DataConverters.LengthUnits(distance, baseDistunit, "KM") / DataConverters.SpeedUnits(speed, baseSpeedunit, "KPH")).TotalSeconds;
tocbodtime = 0;
landingtime = 0;
time = tocbodtime + lvltime + landingtime;
}
}
}
}